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An RF transmission line with nearly dispersionless superluminal phase velocity (an ENZ behavior) is investigated numerically and experimentally. The structure employs periodic loading of a standard transmission line with active NIC-based negative capacitors or negative inductors. It is shown possible to achieve a stable operation within a band wider than one octave. Such a line might find applications in broadband negative delay circuits and in wideband electromagnetic cloaks.
active line; negative capacitor; superluminal
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